JP3425918B2 - Processing method of Xianfeng soybean to reduce tannin content - Google Patents
Processing method of Xianfeng soybean to reduce tannin contentInfo
- Publication number
- JP3425918B2 JP3425918B2 JP37256499A JP37256499A JP3425918B2 JP 3425918 B2 JP3425918 B2 JP 3425918B2 JP 37256499 A JP37256499 A JP 37256499A JP 37256499 A JP37256499 A JP 37256499A JP 3425918 B2 JP3425918 B2 JP 3425918B2
- Authority
- JP
- Japan
- Prior art keywords
- xianfeng
- group
- extract
- processing method
- dried
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Landscapes
- Coloring Foods And Improving Nutritive Qualities (AREA)
- Non-Alcoholic Beverages (AREA)
- Medicines Containing Plant Substances (AREA)
- Preparation Of Fruits And Vegetables (AREA)
Description
【発明の詳細な説明】
【0001】
【産業上の利用分野】咸豊草(Bidens pilo
sa L.)とはキク科センダングサ属の、日本ではコ
センダングサ、コシロノセンダングサ、あるいはシロバ
ナセンダングサまたは単にセンダングサなどと呼ばれる
植物である。咸豊草には変種が多く、Bidens p
ilosa L. var.minor(Bl.)Sh
erff、Bidens pilosa L.var.
radiata Sch.Bip.などと呼ばれるもの
もあり互いに交配する。中国ではさらに異名が多く、同
治草、鬼針草、三葉鬼針草、三葉刺針草、刺針草、婆婆
針草、白花婆婆針、蝦箝草、符因草、符因頭、赤査某、
金盞銀盤、含風草、南風草、蝦公鋏、羞査某仔などの名
がある。日本名コバノセンダングサ(Bidens b
ipinnataL.)や、センダングサ(Biden
s biternataあるいはBidens bit
ernata(Lour.)Merrill et S
herff)、ホソバノセンダングサ(Bidens
parviflora Willd)もセンダングサ属
で、ほぼ同様に用いられる。さらに北米原産の帰化植物
というアメリカセンダングサ(Bidens frnd
osa L.)は養蜂家によく利用されている。植物学
上も混乱が見られ、和名、漢名、学名の対応も交錯して
いる。本発明で用いられる咸豊草はこれらのものを包含
する。
【0002】花はキク科特有の形で、白または黄色の丸
みのある花弁のような舌状花が5ないし8個、中央には
黄褐色の管状花が数十個集合している。茎は四角で薄紫
に着色した節がある。3つまたは5つに羽状に分かれた
葉には柄があり、縁にはぎざぎざがあって対生してい
る。
【0003】日本では本州の暖地以南で見られ、台湾、
中国ないし世界の熱帯各地に分布する草丈25〜85c
mの一年草である。温暖な気候条件に恵まれると花は年
中次々と咲く。動物や人の衣服に付いて運ばれる黒褐色
の種子の上部に逆棘のある針があり、中国では鬼針草属
と呼ばれている。
【0004】漢方で言う性味は微寒〜平、甘味〜苦味で
無毒。昔から新芽や若葉、若い茎を生でも食べるし、炒
め物や、茹でて浸し物にして食用にされてきた。全草を
良く洗い小枝や葉を除いて煎じた汁は清涼飲料として親
しまれてきた。これは大腸桿菌には作用しないのに病原
性細菌には抵抗性があり、試験管内試験で黄色ブドウ球
菌を抑制することが知られている。
【0005】咸豊草は昔から身近にあるハーブであり、
民間薬草として干した地上部分を煎じ、解熱・解毒・消
炎・鎮痛・止瀉・利尿薬として肝炎・腎炎・盲腸炎・糖
尿病・膀胱炎・尿道炎・リウマチ性関節炎・気管支炎・
腫れ物・胃腸病・下痢・消化不良などに内用し、外用で
は咽喉の腫れや痛み、打撲傷などに用いられてきた。用
い方は一般に生なら10〜15gを水400mlで煎じ
て半量まで煮詰めて飲む。特に盲腸炎には癒着のある重
症のものでも、煎じ汁を飲むか、新芽をそのまま食べ、
或いは60gほどを搗いて汁を飲む(蜜とか食塩を少々
加えてもいい)と炎症も痛みも収まるという。腫れた咽
喉の痛みには飲むと同時にうがいするとよく、多少の殺
菌静菌作用もあるため打撲などの外傷や、腫れた所を洗
ったり、局所に塗ったりしても使われてきた
【0006】台湾では家庭用民間薬として、日本におけ
るドクダミやゲンノショウコなどのように野生のものを
摘んで使用する人も多い。花は黄色もあるが作用が弱く
薬用には白色が良いとされている。また中医(漢方医)
の使う薬屋では調剤用咸豊草エキス粉末が入手できる。
【0007】このように咸豊草は中国ないし台湾では昔
から広く利用されてきたにも拘らず,日本では沖縄県の
一部で利用されている程度でその有用性があまり知られ
ていない。現代人の生活は、自然と共に自然と一体にな
って生活していた昔と比べると、環境に関しては大気汚
染の蔓延とか塩素殺菌した上水道やエアコンの普及、生
活に関しては照明の発達による睡眠時間の不足と不規則
化、飲食に関しては冷蔵庫やコールドチェーンの普及発
達に伴う低温飲料や、必ずしも安全とは言い切れない食
品添加物や環境由来の化学物質を含む食品の摂取、な
ど、極めて反自然的であることから、遺伝子組換え食品
の忌避や有機栽培された野菜などを歓迎する傾向が年を
追って強くなってきている。
【0008】このような趨勢を考えると、自然界から与
えられた咸豊草のような温和な薬用植物は、文明に毒さ
れた現代人にとって、自然への回帰という意味で昔の健
康な生活を取り戻すには注目に値する素材であると考え
られる。
【0009】発明者らは咸豊草の有用性に注目し、in
vitroないしin vivoによる試験を行なっ
た結果、活性酸素消去作用、耐糖性改善作用、抗炎症作
用などが示唆されたので、これを現代社会に広く提供し
ようと考えで本発明を完成するに至った。
【0010】
【従来の技術】生薬の刺針草として使用されるものは主
にコセンダングサBidens pilosa L.あ
るいはコバノセンダングサ(=Bidens bipi
nnata L.)の全草(秋の地上部を干したもの)
を天日乾燥したものである。一般の生薬のようにエキス
剤としても使用されている。また前述のように生で使用
されることもあり、茶のような飲料として利用されるも
のも天日乾燥したものが用いられているにすぎない。
【0011】
【発明が解決しようとする課題】咸豊草は前記のように
有用な薬草であるにも拘らず、煎じて飲むとき独特の芳
香とほのかな甘みの他に、特有の臭みと、些か喉を刺す
ようないがらっぽさがあり、人によっては飲むのにかな
り抵抗がある。また生の咸豊草を煎じたものと、市販の
乾燥物を煎じたものでは後者の方が色も味も薄く、元来
は生のものを煎じて使用されていたことを考えると天日
乾燥物は煎じてもエキス分が抽出されにくくなっている
のではないかと考えられる。
【0012】本発明はこのような欠点を排除し、咸豊草
をおいしく抵抗なく、しかも十分な薬効を発揮できるよ
うにする加工法を提供するものである。
【0013】
【発明の構成】植物生薬は通常天日乾燥あるいは陰干し
などの方法で乾燥調製される。希に高麗人参における紅
参のように蒸気あるいは湯を通すなどの工程を経て乾燥
されるものもあるが、年数を経た堅い根茎の成分を抽出
しやすくする意味があると思われる。
【0014】草本植物の軟らかい葉を含む地上部の場合
は通常そのような必要はなく行われていない。台湾では
咸豊草を天日乾燥して刻んだものが生薬店に販売されて
いる。しかし発明者らは、咸豊草の乾燥前に蒸す、揉む
などの工程を加えれば、前述の「特有の臭みと、些か喉
を刺すようないがらっぽさ」を除くのに、意外な効果を
生むかもしれないと考え、生草を洗浄、細切後、「蒸煮
と揉み解し」の工程を経て乾燥することを試みた。その
結果、予想したとおり「特有の臭みと、些か喉を刺すよ
うないがらっぽさ」をほぼ実用的な程度にまで除きえた
ほか、さらに本発明の方法で処理したものは、蒸煮中に
褐色の汁が大量に滴り、エキス分の損失がかなりあるよ
うに思われるのに、単に天日乾燥したものよりも薬湯と
して煎じたときの煎液への溶出率が逆に高いことがわか
った。
【0015】咸豊草は秋に花が咲くとされているが環境
条件が良いと播種後約3カ月でおよそ50cm前後に成
育し花が咲くので1年中咲いているように見える。収穫
時期は植物が十分に成育し花を付け始めた頃が良い。収
穫は根元を少し残して刈り取り、異物や枯葉を除去して
流水で洗浄する。洗浄後は5cm程度以下に裁断するの
が扱いやすいが必ずしも限定されるものではない。
【0016】裁断した咸豊草は流動させながら蒸煮する
方法が最善であるが、水の洩れる容器に入れてそのまま
蒸煮器で蒸煮しても良い。蒸煮時間は30分程度で十分
であるり、取扱い量と蒸煮器の能力の関係に左右される
ので、場合によっては途中で掻き混ぜて蒸気の通りを浴
することが必要である。
【0017】蒸煮を終わったものは直ちに清浄な揉解機
に入れて10分ないし30分程度茎を圧潰し、揉み解
す。この工程も機械の性能によって左右されるので時間
は必ずしも限定されるものではない。要は茎の固い部分
を圧潰し、揉み解すのが目的である。
【0018】蒸煮、圧潰、揉み解しが終わると直ちに乾
燥棚に拡げて熱風乾燥する。乾燥温度はあまり低いと時
間が掛りすぎたり、又空中から落下の菌が繁殖する恐れ
があると同時に変質する恐れがあり、その限界値は50
℃以上である。逆に乾燥温度が高くし過ぎると有用成分
の破壊や変質の恐れがあり、又急激に表面が硬化するた
め内部まで乾きにくい欠点がある。高温の限界値は90
℃である。好ましくは60℃以上、80℃以下がが望ま
しい。乾燥時間は10ないし20時間程度で、茎の部分
がポキッと気持よく折れる程度まで乾燥するのが良い。
これらの条件も乾燥棚に拡げる揉み解し処理した咸豊草
の量や、通風乾燥機の能力に左右されるので、温度と時
間は実情に応じて適切に決定しなければならない。
【0019】なお、植物は自然界の細菌が付着している
が、洗浄〜蒸煮〜圧潰〜揉み解し〜乾燥の工程を追って
清浄度を増す。一般の食品加工工程と同様に途中で待ち
時間が長くなるなど微生物が増殖する恐れのある条件を
排除するような工程管理が必要である。
【0020】
【試験例1】以下試験例を挙げて具体的に説明する。
(風味の改善効果)
根元から約10cmの所で刈り取り異物を除去した咸豊
草36kgを流水で洗浄し、半分(試料B)はそのまま
天日乾燥し、半分(試料A)は刻んで大型の蒸煮器で時
々攪拌しながら約30分間蒸煮後直ちに揉解機に約20
分間かけて茎の圧潰、揉み解し処理をし、70℃で一夜
通風乾燥した。両者それぞれ3gに水1lを加えて5分
間煎じ、男女各5人に飲ませて香味を比較させたとこ
ろ、全員が試料Bの煎液は「特有の臭みと、些か喉を刺
すようないがらっぽさ」があるが、試料Aの煎液にはそ
れがほとんど感じられないと述べた。
【0021】
【試験例2】(ミネラルプロファイル)
試験例1のAにつき蛍光X線分析の結果、多量元素とし
てはK、Ca、少量元素としてはMg、Cl、Fe、微
量元素としてはP、S、Mn、Cu、Znなどが検出さ
れた。
【0022】
【試験例3】(エキス分抽出率の改善効果)
試験例1の試料AとB、および台湾で市販の含風草(咸
豊草の異名)を試料Cとして3者を比較した。予め80
℃で5時間熱風乾燥して乾燥減量をほぼ揃え、各50g
に1Lの水道水を加えて弱火で1時間静かに煎じ、室温
に戻して遠心機で上清を集め、残渣を沸騰水で洗って上
清に合わせて1Lに調整した。その結果は表1のように
AがBよりも明らかにエキス分抽出率が高かった。エキ
ス分中の灰分は試料AよりもBが高かったが、これは蒸
煮液中に流出した結果ではないかと考えられる。pHに
はほとんど差がなかった。試料Cが試料A、Bよりエキ
ス分も灰分も低かったのは成育した土壌の違いによるも
のではないかと思われる。
【0023】
【表1】
【0024】
【試験例4】(風味改善の理由の検討)
試験例1の試料A、Bにつき、処理法の違いが大きく風
味を左右することが分かったので、蒸煮中に蒸器の底に
溜まる褐色の溜液にミネラルやタンニン分が失われた結
果「特有の臭みと、些か喉を刺すようないがらっぽさ」
が消えたのではないかと考え、ミネラルおよびタンニン
の含量を分析してみた。その結果は表2のとおりであ
る。この結果、意外にもこれらのミネラルやタンニンは
カリウムを除いて試料Aの方が高く、「特有の臭みと、
些か喉を刺すようないがらっぽさ」はこれらのミネラル
やタンニンによるものではないことがわかった。しかも
溜液にかなりの成分が流出していると考えられるのに、
タンニンの含量(別のロットでは3.37の値を得てい
る)は却って増加していた。
【0025】
【表2】
【0026】
【試験例5】(蒸煮溜液の検討)
試料Aを調製した時の蒸煮溜液は生の咸豊草108kg
分で約70lあり、この時の乾燥製品収量は13.5k
gあった。その分析値は表3のとおりである。
【0027】
【表3】
【0028】表3の分析値と試験例4の試料Aの値から
見掛けの損失率(%)は表4のとおりである。
【0029】
【表4】
【0030】すなわち蒸煮工程によるミネラルの損失は
ほとんどなく、タンニンは3分の1が流出しているにも
拘らず、本発明に係わる製品の分析値は試験例4に見ら
れるように天日乾燥のものより高かったことになる。こ
れはタンニンが天日乾燥の場合、空気と光のために重合
して固くなり抽出されにくくなって値が低く測定された
ものと考えられる。このように考えると、試験例3のエ
キス分の抽出率が高かったのは単に圧潰、揉み解しによ
って組織が軟らかくほぐされているだけでなく、重合し
やすいタンニンが除去されることによって、煎じた時に
成分の抽出を容易ならしめているものと理解できる。ま
た灼熱残分がBよりもAが低かったのは、水溶性のミネ
ラルが蒸煮中にまず流出したものと考えられる。
【0031】冒頭に述べたように咸豊草は民間薬として
外用として打撲や外傷の局部を洗ったり、うがいにも用
いられるとの記載があるので、たまたま本発明実施作業
中に指を刃物で怪我した者が傷口をこの溜液で洗ったと
ころ出血もすぐに止まり、しみることもなく翌日には傷
口もわからないほどきれいになっていた。次の試験例6
に認められているように、咸豊草には抗炎症作用が証明
されている上、タンニンによる収斂作用や静菌ないし殺
菌作用も考えられ、また傷の回復が速かったのは皮膚末
梢の血行促進作用もあるのではないかと考えられる。な
おこの溜液は薄めて飲むとほのかな風味があり清涼飲料
として利用できる可能性もある。
【0032】
【試験例6】(抗炎症作用)
本発明の製品4kgを9Lの酢酸エチルで抽出し、残渣
をさらに9Lのメタノールで抽出し、溶媒を蒸発させて
エキスを調製した。1週間予備飼育した6週令の雄マウ
スを1群3匹とし、マウス右耳介の内外にそれぞれのエ
キス計1mg/20μLを塗布、対照群にはアセトン2
0μLを、陽性対照群にはインドメタシン0.5mg/
20μLを塗布した。30分後TPA(12−O−Te
tradecanoylphorbol−13−ace
tate)0.5mg/20μLを全マウスの同じ部位
に塗布して人工的に炎症を起こさせ、5時間後耳介の厚
さを測定した。その結果、対照群と比較して医療用消炎
剤であるインドメタシンの炎症抑制効果は79.4%、
本発明品の酢酸エチルエキスは53.3%、メタノール
エキスは79.1%の抑制率を示し、特にメタノールエ
キスはインドメタシンに匹敵する抗炎症作用を示した。
【0033】
【試験例7】(発がんプロモーター抑制作用)
大腸がん抑制の短期スクリーニングに用いられる、アゾ
キシメタンで誘発したマウス大腸異常腺窩の抑制効果を
試験した。すなわち、1週間予備飼育した6週令の雄マ
ウスを1群6匹とし、体重kgあたりアゾキシメタン1
0mgをマウス右下肢皮下に投与し、さらに1週間後に
同様に2度目の投与を行なった。第1回投与の前日から
各群ともサンプル濃度を73ppmとした飲料水を自由
に摂取させた。陽性対照群にはこの系で抑制効果の認め
られている抗炎症剤ピロキシカムを15ppm含む飲料
水を自由摂取させた。週に1度体重を測定し、最初のア
ゾキシメタン投与から4週間後に大腸を摘出し、ホルマ
リン固定後、メチレンブルーで染色される大腸異常腺窩
の数を顕微鏡下で測定した。この間、体重の減少はな
く、飲水量も群間に差はなく、試料による毒性は認めら
れなかった。試料投与群は酢酸エチルエキスもメタノー
ルエキスも大腸あたりの病巣数を有意に抑制したが、病
巣あたりの異常腺窩数は対照群とあまり差がなかった。
すなわち、病巣の進展よりも病巣の形成を主に抑制する
と考えられるので、発がんプロモーターの抑制効果が示
唆された。
【0034】
【試験例8】(抗糖尿作用)
4週間の雄C3Hマウスを対照群(6匹)、STZ群
(9匹)、試験群(11匹)の3群に分け、STZ群と
試験群には体重kg当りストレプトゾトシン150mg
を初日と翌日に腹腔内注射をした。対照群とSTZ群は
日本クレア製標準飼料CE−2を、試験群は標準飼料C
E−2に本発明製品粉末0.25%を混入した飼料を自
由に摂取させた。2週間後、各群の血糖、血中コレステ
ロール、GPTを測定し書き表5のとおりの結果を得
た。
【0035】
【表5】
【0036】血糖に関してはSTZ群では対照群に比し
有意(危険率0.1%)に上昇し、試験群ではこれを有
意(危険率5%)に抑制した。尚同時に測定したコレス
テロールとGPTもSTZ群では対照群に比し有意(危
険率1%)に上昇し、試験群ではこれを抑制する傾向を
示した。即ちストレプトゾトシンにより誘発された人工
的高血糖や肝障害に抑制効果があった。
【0037】また別に、4週齢の雄S.D.ラットを対照
群(8匹)、CPH群(8匹)、試験群(7匹)、の3
群に分け、試験群とCPH群は日本クレア製標準飼料C
E−2を、試験群は標準飼料CE−2に本発明製品粉末
0.25%を混入した飼料を自由に摂取させた。CPH
群と試験群には1週間後から毎日体重kgあたり45m
gのサイプロヘブタジンを経口投与し、5週間後には体
重kgあたり40gのグルコース負荷試験を行い、20
分ごとに100分真で血糖値の経過を測定した。その結
果は、表6のとおりである。
【0038】
【表6】
【0039】即ちCPH群では対照群に比し各時間とも
有意(危険率0.1%)な高値を示したが、試験群では
これを有意(危険率0分で1%、その後0.1%)に抑
制し高度の耐糖性を示した。同時に測定した。尚同時に
測定したGOT,GPTについても試験群では上昇する
傾向を示した。即ちサイプロヘプタジンにより誘発され
る人工的膵臓障害の抑制効果が認められ、膵臓切片の顕
微鏡的観察によっても組織の空洞化が抑えられているこ
とが観察された。
【0040】
【試験例9】(健康茶の試作)
本発明の製品の一般分析値は表7のとおりで、活性酸素
消去能があり、前記ミネラル分析の結果と併せ考える
と、日常の健康茶として好適な条件を備えている。
【0041】
【表7】
【0042】咸豊草は野生のものを採集することもでき
るが、昨今の環境状態では不特定の物質による汚染が懸
念されるので、発明者らは沖縄県宮古島の清浄な環境下
で咸豊草を栽培し、宮古ビデンス・ピローサと名付けて
使用している。宮古ビデンス・ピローサは健康茶の素材
としてカルシウムやカリウム含量が他の一般の健康茶素
材よりも高い特徴がある。宮古島では珊瑚礁の土壌に成
育するためか、カルシウム含有量は1.91%に達し、
四訂日本食品成分分析表記載の煎茶(0.44%)、ほ
うじ茶(0.49%)、紅茶(0.47%)などの4〜
5倍である。またカリウム(2.69%)は玉露(2.
80%)や抹茶(2.70%)に匹敵し、煎茶・番茶・
紅茶・ウーロン茶などと比較すると2〜5割高い。また
タンニンは三分の一ないし七分の一程度である。カフェ
インは不含である。
【0043】本発明の宮古ビデンス・ピローサ加工品5
0部、焙煎大麦45部、乾燥生姜5部を混合し、3gに
水1Lを加えて5分間煎じたものは、身体が温まり独特
の芳香と淡い甘みのある黄金色のおいしい健康茶となっ
た。その成分は表8のとおりで、分析値の中、金属は原
子吸光光度法、タンニンはFOLIN−DENIS法に
よった。
【0044】
【表8】
【0045】本発明の宮古ビデンス・ピローサ加工品
を、115℃で30分間焙じたもの1gに熱湯300m
Lを注いで飲むと香ばしくて甘みがあり、全くクセのな
いおいしい健康茶であった。
【0046】また本発明の宮古ビデンス・ピローサ加工
品35部、焙煎鳩麦30部、焙煎大麦30部、乾燥生姜
5部を混合し、3gに水1lを加えて5分間煎じたもの
は、身体が温まりクセがなく誰にも飽きのこない健康茶
となった。
【0047】
【試験例10】(健康食品の試作)
本発明の宮古ビデンス・ピローサ加工品5部、サンザシ
およびスギナ各2部、ショウガ、ホップ各1部を微粉末
とし、結合剤としてアルファでんぷん少量を加えて定法
により顆粒とした。これを餌に加えて中性脂肪の増加し
た老齢マウス(1群4匹)を飼育し、投与開始後0,
2,4,6,8週に採血し、血中コレステロール(tC
ho)と中性脂肪(TG)の経過を測定したところ、個
体ごとに差はあるがtChoはスタート120±10m
g/dLから対照群はほぼそのまま推移したのに対し、
実験群は4週から低下しはじめ4匹とも8週では100
以下になった。
【0048】TGは140±10mg/dLから対照群
はほぼそのまま推移したのに対し、投与群は4週から低
下しはじめ97±6まで低下した。Description: BACKGROUND OF THE INVENTION 1. Field of the Invention
sa L. ) Is a plant of the genus Asteraceae belonging to the genus Asteraceae, which is referred to in Japan as Kosendangusa, Koshironosendangusa, Shirobananasendensa or simply Sendangusa. There are many varieties in Xianfeng, Bidensp.
ilosa L. var. minor (Bl.) Sh
erff, Bidens pilosa L .; var.
radiata Sch. Bip. Some of them are called and cross each other. In China, it is even more nicknamed: Doujiraku, Oni-Kusa, Miba-Isa-Kusa, Mitsuha-Sashi-Koshi, Sashi-Kashi-Goshi, Baba-Kashi-Goshi, Shiraka-Baba-Gaku-Suri, Ega-Gus-Goshi, Saku-in-Gus, Sin-in-Goshi, and Seki-Sen. certain,
There are names such as Kanan silver disc, wind-weed, south wind-weed, shrimp shears, and a certain child. Japanese name Kobanosendangsa (Bidens b
ipinnataL. ) And Sendangsa (Biden)
s bitternata or Bidens bit
ernata (Lour.) Merrill et S
herff);
parviflora Willd) also belongs to the genus Sendangsa and is used almost similarly. In addition, it is a naturalized plant native to North America called Bidens frnd
osa L. ) Is commonly used by beekeepers. Confusion has been seen in botany, and the correspondence between Japanese names, Chinese names, and scientific names has been mixed. Xianfeng grass used in the present invention includes these. [0002] Flowers are peculiar to the Asteraceae family, with 5 to 8 tongue-like flowers, such as white or yellow round petals, and several tens of tan tubular flowers in the center. The stem has square, light purple colored nodes. The leaves, which are divided into three or five wings, have a handle, and the edges are jagged to counteract. [0003] In Japan, it is found south of the warm region of Honshu, Taiwan,
Plant height 25-85c distributed throughout China and the tropics of the world
m annual grass. Blessed with warm climate conditions, flowers bloom one after another. There are needles with barbs on the top of the black-brown seeds that are carried on the clothes of animals and humans, and in China they are called Oni-kusa. The taste in Chinese medicine is slightly cold to flat, sweet to bitter and non-toxic. Traditionally, sprout, young leaves and young stalks are eaten raw, fried or boiled and soaked for food. Juice that has been thoroughly washed and excluding twigs and leaves has been popular as a soft drink. It does not act on colon bacilli but is resistant to pathogenic bacteria and is known to inhibit S. aureus in in vitro tests. [0005] Xianfeng is a herb that has been around for a long time,
Decoction of the dried ground as a folk herb, antipyretic, detoxifying, anti-inflammatory, analgesic, antidiarrheal, diuretic, hepatitis, nephritis, cephalititis, diabetes, cystitis, urethritis, rheumatic arthritis, bronchitis,
It has been used internally for swelling, gastrointestinal diseases, diarrhea, indigestion, etc., and has been used externally for swelling and pain in the throat and bruises. In general, if it is fresh, 10-15 g of water is decocted in 400 ml of water, boiled down to half and drink. In particular, for severe cecal inflammation with adhesions, drink decoction or eat sprout as it is,
Alternatively, if you grind about 60 g and drink the juice (you can add a little nectar or salt), the inflammation and pain will stop. Swollen sore throat should be gargled as soon as it is drunk. It has some bactericidal and bacteriostatic action, so it has been used for trauma such as bruises, washing and swabbing the swollen area. In Taiwan, there are many people who use wild folk medicines such as prickles and ginger in Japan. It is said that flowers have a yellow color but have a weak effect and are good for medicinal purposes. Also a Chinese medicine doctor
You can get Xianfeng soybean extract powder at the drugstore you use. [0007] As described above, despite the fact that Xianfeng has been widely used in China or Taiwan for a long time, its usefulness is little known in Japan, as it is used in a part of Okinawa Prefecture. Compared to the days when modern people lived together with nature, as well as nature, the spread of air pollution and the spread of chlorinated waterworks and air conditioners, as well as the development of lighting, led to an increase in sleep time. Insufficient and irregular food and beverages, such as low-temperature beverages due to the spread and development of refrigerators and cold chains, and the consumption of foods that are not always safe and contain food additives and environmentally-derived chemicals. Therefore, the tendency to avoid genetically modified foods and to welcome organically grown vegetables is increasing year by year. In view of these trends, mild medicinal plants, such as Xianfeng grass, which have been given from the natural world, can recover the healthy life of the past in the sense of returning to nature for modern humans poisoned by civilization. Is considered to be a noteworthy material. The present inventors have paid attention to the usefulness of Xianfeng so
As a result of in vitro or in vivo tests, it was suggested that the active oxygen scavenging action, the glucose tolerance improving action, the anti-inflammatory action, and the like were suggested. Thus, the present invention was completed with the intention of widely providing these to modern society. . BACKGROUND OF THE INVENTION [0002] Crude medicines used as needles are mainly made of Bistrophyta bidens pylosa L .. Alternatively, Cobanosendangsa (= Bidens bipi
nnata L. et al. ) Whole grass (dried above ground in autumn)
Is sun-dried. It is also used as an extract like general crude drugs. In addition, as described above, it may be used raw, and as a beverage such as tea, only a sun-dried beverage is used. [0011] Despite being a useful medicinal herb as described above, Xianfeng herb has a unique aroma and subtle sweetness, a unique smell, There is no tingling in the throat, and some people are quite resistant to drinking. In addition, in the case of decoction of raw Xianfeng soup and the decoction of commercially available dried material, the latter is lighter in color and taste, and considering that it was originally decocted and used in sunlight, It is considered that the extract is difficult to extract even when decocted. The present invention is intended to eliminate such disadvantages and to provide a processing method which makes Xianfeng herbs delicious, without resistance, and can exert a sufficient medicinal effect. DETAILED DESCRIPTION OF THE INVENTION The herbal medicine is usually prepared by drying in the sun or in the shade. Rarely, some ginseng, like red ginseng, is dried through a process such as passing steam or hot water, but it seems to be meaningful to extract the components of the aged hard rhizome. In the case of the above-ground part containing the soft leaves of herbaceous plants, such a need is not usually required and the practice is not carried out. In Taiwan, Xianfeng herbs are sun-dried and chopped and sold to crude drug stores. However, the inventors have found that adding a process such as steaming or kneading before drying the Xianfeng soybean will have an unexpected effect on removing the aforementioned "specific smell and the irritability that does not pierce the throat". We thought that it might give birth, and tried to dry the grass through washing and kneading after washing and cutting the grass. As a result, as expected, "specific smell and the irritability of a bit of a throat" could be reduced to almost a practical level, and those further treated by the method of the present invention, during steaming Although a large amount of brown juice dripped and it seemed that there was considerable loss of extract, it was found that the elution rate to the decoction when decocted as medicinal water was higher than that simply dried in the sun . It is said that the flower of Hampeng blooms in the fall, but if the environmental conditions are good, it grows up to about 50 cm in about 3 months after sowing and the flower blooms, so it seems that it blooms all year round. The best time to harvest is when the plants have grown sufficiently and have begun to flower. Harvesting leaves a little roots, cuts off, removes foreign matter and dead leaves, and rinses with running water. After washing, it is easy to handle the cut to about 5 cm or less, but it is not necessarily limited. [0016] The best method is to steam the cut Xianfeng soybeans while making them flow, but it is also possible to put them in a container leaking water and steam them in a steamer as they are. A steaming time of about 30 minutes is sufficient, and it depends on the relationship between the amount handled and the capacity of the steamer. In some cases, it is necessary to stir the steam on the way to bathe the steam. After the steaming, the stem is immediately put into a clean kneading machine, and the stem is crushed for about 10 to 30 minutes to be kneaded. The time is not necessarily limited because this process also depends on the performance of the machine. In essence, the purpose is to crush and crush the hard part of the stem. Immediately after steaming, crushing and crushing are completed, they are spread on a drying shelf and dried with hot air. If the drying temperature is too low, it takes too much time, and there is a risk that bacteria falling from the air may propagate and may be deteriorated, and the limit value is 50.
° C or higher. Conversely, if the drying temperature is too high, there is a risk of destruction or deterioration of useful components, and there is a disadvantage that the surface hardens rapidly and it is difficult to dry inside. High temperature limit is 90
° C. Preferably, it is 60 ° C. or more and 80 ° C. or less. The drying time is about 10 to 20 hours, and it is preferable to dry the stem until it snaps and snaps.
Since these conditions also depend on the amount of crushed and processed Xianfeng soybeans to be spread on the drying rack and the capacity of the ventilation dryer, the temperature and time must be appropriately determined according to the actual situation. Although the plants are adhering to bacteria in the natural world, the degree of cleanliness is increased following the steps of washing, steaming, crushing, crushing, and drying. As in general food processing, it is necessary to control the process to eliminate conditions where microorganisms may proliferate, such as an increase in waiting time on the way. Test Example 1 Hereinafter, a specific description will be given with reference to test examples. (Effect of flavor improvement) 36 kg of Xianfeng grass, which was cut about 10 cm from the root and removed foreign matter, was washed with running water, half (sample B) was dried in the sun as it was, and half (sample A) was chopped and large-sized steamed After steaming for about 30 minutes while stirring occasionally with a mixer, immediately put about 20
The stem was crushed, rubbed and crushed over a period of minutes, and air-dried at 70 ° C. overnight. After adding 1 liter of water to 3 g of each and decocting for 5 minutes, letting each of 5 men and women drink and compare the flavors, all of the decoction of sample B was “with a peculiar smell and without stinging the throat slightly. Although there is "ishness", it was hardly felt in the decoction of sample A. Test Example 2 (Mineral Profile) As a result of X-ray fluorescence analysis of A in Test Example 1, K and Ca were used as major elements, Mg, Cl and Fe as minor elements, and P and S as trace elements. , Mn, Cu, Zn and the like were detected. Test Example 3 (Improvement Effect of Extract Extraction Rate) Samples A and B of Test Example 1 and a wind-weed plant (nickname of Xianfeng grass) commercially available in Taiwan were used as sample C, and the three samples were compared. 80 in advance
Dry with hot air at 5 ° C for 5 hours to make the drying loss almost uniform, 50g each
, 1 L of tap water was added thereto, and the mixture was gently decocted for 1 hour over low heat, returned to room temperature, the supernatant was collected with a centrifuge, the residue was washed with boiling water, and adjusted to 1 L with the supernatant. As a result, as shown in Table 1, the extractability of A was clearly higher than that of B. Although the ash content in the extract was higher in B than in sample A, it is considered that this was the result of the outflow into the cooking liquor. There was little difference in pH. The lower extract and ash content of Sample C than Samples A and B may be due to differences in grown soil. [Table 1] Test Example 4 (Examination of Reasons for Improving Flavor) With respect to Samples A and B of Test Example 1, it was found that the difference in the treatment method greatly affected the flavor, so that the sample was collected at the bottom of the steamer during cooking. As a result of the loss of minerals and tannins in the brown liquid `` specific smell and a little bit of stuffy throat ''
I thought that disappeared, and analyzed the contents of minerals and tannins. Table 2 shows the results. As a result, surprisingly, these minerals and tannins were higher in sample A except for potassium, and "a unique odor,
"It doesn't seem like a bit of a throat tingle" was found to be due to these minerals and tannins. Moreover, although it is thought that a considerable amount of components have flowed out into the pool,
The tannin content (another lot yielding a value of 3.37) was instead increased. [Table 2] Test Example 5 (Examination of Distilled Distillate) When the sample A was prepared, the distilled distillate was 108 kg of raw Xianfeng grass
Approximately 70 liters per minute, and the dried product yield at this time is 13.5 k
g. The analytical values are as shown in Table 3. [Table 3] The apparent loss rate (%) from the analysis values in Table 3 and the value of Sample A in Test Example 4 is as shown in Table 4. [Table 4] In other words, despite the fact that there was almost no loss of minerals due to the steaming process and that one third of tannin had flowed out, the analytical value of the product according to the present invention was, as shown in Test Example 4, the sun-dried value. It was higher than the one. This is considered to be due to the fact that when the tannin was dried in the sun, it was polymerized due to air and light and became hard and hardly extracted, resulting in a low value measured. Considering this, the extraction rate of the extract of Test Example 3 was high not only because the tissue was softened and loosened by crushing and crushing, but also because the tannin that was easily polymerized was removed. It can be understood that the extraction of the components is facilitated at the time. The reason why the burning residue was lower in A than in B was considered that water-soluble minerals first flowed out during the steaming. As mentioned at the outset, there is a description that Hamfeng is used as a folk medicine for external use, such as for washing local areas of bruises or trauma, and also for gargle. When the wound was washed with this solution, the bleeding stopped immediately, and the wound was not so spotted that the next day the wound was so clear. Next test example 6
As noted above, Xianfeng herbs have been shown to have anti-inflammatory effects, and may also have tannins' astringent and bacteriostatic or bactericidal effects. It is thought that there is also an effect. In addition, this pooled liquid has a faint flavor when diluted and drinkable, and may be used as a soft drink. Test Example 6 (Anti-inflammatory activity) 4 kg of the product of the present invention was extracted with 9 L of ethyl acetate, the residue was further extracted with 9 L of methanol, and the solvent was evaporated to prepare an extract. Six-week-old male mice preliminarily bred for one week were divided into three groups, and a total of 1 mg / 20 μL of each extract was applied to the inside and outside of the right auricle of the mouse.
0 μL, and in the positive control group, indomethacin 0.5 mg /
20 μL was applied. TPA (12-O-Te) after 30 minutes
tradecanylphorbol-13-ace
Tate) 0.5 mg / 20 μL was applied to the same site of all mice to cause artificial inflammation, and the thickness of the pinna was measured 5 hours later. As a result, the inflammation inhibitory effect of indomethacin, a medical anti-inflammatory agent, was 79.4% as compared with the control group,
Ethyl acetate extract of the present invention showed an inhibitory rate of 53.3%, and methanol extract showed an inhibitory rate of 79.1%. In particular, methanol extract showed an anti-inflammatory action comparable to indomethacin. Test Example 7 (Cancer Promoter Suppressing Effect) The inhibitory effect of azoxymethane-induced murine colonic crypts induced by azoxymethane used for short-term screening of colorectal cancer was tested. That is, 6-week-old male mice preliminarily reared for 1 week were grouped into 6 mice, and 1 group of azoxymethane per kg of body weight was used.
0 mg was subcutaneously administered to the right lower limb of the mouse, and one week later, a second administration was similarly performed. From the day before the first administration, each group was allowed to freely take drinking water with a sample concentration of 73 ppm. The positive control group was given free access to drinking water containing 15 ppm of the anti-inflammatory agent piroxicam, which had an inhibitory effect in this system. The body weight was measured once a week, the colon was removed 4 weeks after the first administration of azoxymethane, and after fixing with formalin, the number of abnormal colon crypts stained with methylene blue was measured under a microscope. During this time, there was no decrease in body weight, there was no difference in water intake between the groups, and no toxicity by the sample was observed. In the sample administration group, both the ethyl acetate extract and the methanol extract significantly reduced the number of lesions per colon, but the number of abnormal crypts per lesion was not so different from that of the control group.
That is, it is considered that the formation of a lesion is mainly suppressed rather than the progression of the lesion, and thus the inhibitory effect of a tumor promoter is suggested. Test Example 8 (Antidiabetic Action) Male C3H mice of 4 weeks were divided into three groups: a control group (6), an STZ group (9), and a test group (11). Streptozotocin 150 mg / kg body weight
Was intraperitoneally injected on the first day and the next day. The control group and the STZ group used the standard feed CE-2 manufactured by CLEA Japan, and the test group used the standard feed C.
E-2 was allowed to freely ingest feed containing 0.25% of the product powder of the present invention. Two weeks later, the blood glucose, blood cholesterol, and GPT of each group were measured, and the results shown in Table 5 were obtained. [Table 5] With regard to blood glucose, the STZ group significantly increased (risk rate: 0.1%) as compared with the control group, and the test group suppressed this significantly (risk rate: 5%). Cholesterol and GPT measured at the same time significantly increased (risk ratio 1%) in the STZ group as compared to the control group, and the test group showed a tendency to suppress this. That is, there was an inhibitory effect on artificial hyperglycemia and liver damage induced by streptozotocin. Separately, 4-week-old male SD rats were divided into a control group (8), a CPH group (8), and a test group (7).
The test group and the CPH group consisted of standard feed C made by CLEA Japan
The test group was allowed to freely ingest the feed containing 0.25% of the product powder of the present invention mixed with the standard feed CE-2 in the test group. CPH
45m / kg body weight daily after 1 week for group and test group
g of cyproheptadine was orally administered, and after 5 weeks, a glucose tolerance test of 40 g per kg of body weight was performed.
The progress of the blood glucose level was measured every minute for 100 minutes. Table 6 shows the results. [Table 6] That is, the CPH group showed a significant value (risk rate: 0.1%) at each time as compared with the control group, but the test group showed a significant value (1% at a risk rate of 0 minutes, then 0.1%). %) And showed high sugar tolerance. Measured at the same time. The GOT and GPT measured at the same time also tended to increase in the test group. That is, an inhibitory effect on artificial pancreatic damage induced by cyproheptadine was observed, and microscopic observation of pancreatic sections also showed that tissue cavitation was suppressed. Test Example 9 (Prototype Production of Healthy Tea) The general analysis values of the product of the present invention are as shown in Table 7, and have the ability to scavenge active oxygen. Considering the results of the mineral analysis, daily healthy tea The conditions suitable as are provided. [Table 7] Although it is possible to collect wild plants, the present inventors are concerned about contamination by unspecified substances in recent environmental conditions. Cultivated and used as Miyako Bidence Pirosa. Miyako Bidens Pirosa is characterized by a higher calcium and potassium content than other general health tea ingredients. Perhaps because of the growth of coral reef soil in Miyakojima, the calcium content reached 1.91%,
Fourth edition of Sencha (0.44%), Hojicha (0.49%), black tea (0.47%), etc. described in the Fourth Edition Japanese Food Composition Analysis Table
5 times. Potassium (2.69%) is gyokuro (2.
80%) and matcha (2.70%).
20-50% higher than black tea or oolong tea. The tannin is about one third to one seventh. Caffeine is free. Miyako Bidence Pirosa Processed Product 5 of the Present Invention
A mixture of 0 parts, 45 parts of roasted barley and 5 parts of dried ginger, brewed for 3 minutes with 1 L of water added to 3 g, is a golden healthy tea with unique aroma and pale sweetness. Was. The components are as shown in Table 8. Among the analysis values, metals were determined by atomic absorption spectrometry, and tannins were determined by FOLIN-DENIS. [Table 8] The Miyako Bidens-Pirosa processed product of the present invention was roasted at 115 ° C. for 30 minutes, and 1 g of hot water was added to 300 g of hot water.
When L was poured and drunk, it was savory, sweet and delicious without any habit. Also, 35 parts of the processed Miyako Bidens-Pirosa product of the present invention, 30 parts of roasted barley, 30 parts of roasted barley, and 5 parts of dried ginger were mixed, and 1 g of water was added to 3 g. The body warmed and became a healthy tea that no one could get tired of without habit. [Test Example 10] (Trial production of health food) 5 parts of processed Miyako Bidence Pirosa, 2 parts each of hawthorn and horsetail, 1 part of ginger and 1 part of hop of the present invention were made into fine powder, and a small amount of alpha starch was used as a binder. Was added to obtain granules by a conventional method. This was added to the diet to breed aged mice (4 mice per group) with increased neutral fat, and 0, 0 after administration started.
Blood is collected at 2, 4, 6, and 8 weeks, and blood cholesterol (tC
ho) and the progress of triglyceride (TG) were measured, and although there was a difference for each individual, tCho started at 120 ± 10 m
While the control group remained almost unchanged from g / dL,
The experimental group began to decline from 4 weeks, and all 4 animals were 100 at 8 weeks.
It became the following. The TG level was almost unchanged from 140 ± 10 mg / dL in the control group, while the administration group began to decrease from 4 weeks and decreased to 97 ± 6.
───────────────────────────────────────────────────── フロントページの続き (72)発明者 和泉屋 正一 海老名市さつき町1番地10−102 (56)参考文献 特開 昭58−170447(JP,A) 特開 平5−236902(JP,A) 伊澤一男,薬草カラー大事典,株式会 社主婦の友社,1998年 4月20日,p. 729−730 (58)調査した分野(Int.Cl.7,DB名) A23L 1/212 A23L 1/30 A61K 35/78 ──────────────────────────────────────────────────続 き Continuation of the front page (72) Inventor Shoichi Izumiya 1-102 Satsukicho, Ebina-shi (56) References JP-A-58-170449 (JP, A) JP-A-5-236902 (JP, A) ) Kazuo Izawa, Encyclopedia of Herbal Colors, Shujuno Tomosha Co., Ltd., April 20, 1998, pp. 729-730 (58) Fields surveyed (Int. Cl. 7 , DB name) A23L 1/212 A23L 1/30 A61K 35/78
Claims (1)
断して蒸煮し、茎を圧潰しながら揉み解した後、50℃
〜90℃の温度で加熱通風乾燥することを特徴とするタ
ンニン含量を低下させる咸豊草の加工法。(57) [Claims] [Claim 1] After collecting and washing Hamanpou grass, it is cut into an appropriate length, steamed, crushed while crushing the stem, and then heated to 50 ° C.
Data, characterized in that the heating air dried at a temperature of to 90 ° C.
A processing method for Xianfeng soybeans that reduces the ninnin content .
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP37256499A JP3425918B2 (en) | 1999-12-28 | 1999-12-28 | Processing method of Xianfeng soybean to reduce tannin content |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP37256499A JP3425918B2 (en) | 1999-12-28 | 1999-12-28 | Processing method of Xianfeng soybean to reduce tannin content |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| JP2001178390A JP2001178390A (en) | 2001-07-03 |
| JP3425918B2 true JP3425918B2 (en) | 2003-07-14 |
Family
ID=18500661
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP37256499A Expired - Fee Related JP3425918B2 (en) | 1999-12-28 | 1999-12-28 | Processing method of Xianfeng soybean to reduce tannin content |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JP3425918B2 (en) |
Families Citing this family (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP4864252B2 (en) * | 2001-09-04 | 2012-02-01 | 株式会社武蔵野免疫研究所 | Anti-inflammatory plant component |
| JP4524088B2 (en) * | 2003-10-17 | 2010-08-11 | 株式会社武蔵野免疫研究所 | Sendangusa plant extract-containing composition |
| JP4681246B2 (en) * | 2004-04-08 | 2011-05-11 | 株式会社武蔵野免疫研究所 | Immunostimulator |
| JP2007112774A (en) * | 2005-10-24 | 2007-05-10 | Musashino Meneki Kenkyusho:Kk | Cyclooxygenase-2 selective inhibitor |
| JP5325727B2 (en) * | 2009-09-24 | 2013-10-23 | 株式会社武蔵野免疫研究所 | Sendangusa plant extract-containing composition |
| DE102015102020A1 (en) * | 2015-02-12 | 2016-08-18 | Renate Wilmanowicz | Immunologically active phytogen mixture and its use in prevention and in a process for the treatment of efflorescences |
| JP2018145171A (en) * | 2017-03-01 | 2018-09-20 | 株式会社ウメケン | Bidens pilosa fermented dry powder, method for producing the same and compound thereof |
-
1999
- 1999-12-28 JP JP37256499A patent/JP3425918B2/en not_active Expired - Fee Related
Non-Patent Citations (1)
| Title |
|---|
| 伊澤一男,薬草カラー大事典,株式会社主婦の友社,1998年 4月20日,p.729−730 |
Also Published As
| Publication number | Publication date |
|---|---|
| JP2001178390A (en) | 2001-07-03 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| Adkar et al. | Pandanus odoratissimus (Kewda): a review on ethnopharmacology, phytochemistry, and nutritional aspects | |
| Bunma et al. | A review of the economic botany of Sesbania (Leguminosae) | |
| Plowman | Folk uses of new world aroids | |
| Changkija | Folk medicinal plants of the Nagas in India | |
| KR101105591B1 (en) | Blood sugar lowering functional rice low-sugar rice and its manufacturing method | |
| KR101019812B1 (en) | Manufacturing method of tea by mixing thistle or medicinal plant with elvan | |
| Nair et al. | Medicinal plants for Home herbal gardens, Institutional gardens and animal health | |
| KR20020048212A (en) | Beverage for Curing Hangover and Manufacturing Method thereof | |
| JP3425918B2 (en) | Processing method of Xianfeng soybean to reduce tannin content | |
| KR100789327B1 (en) | Manufacturing method of deodeok tea | |
| Kusumawati et al. | The effect of extraction methods on total phenolic, flavonoid and antioxidant capacity of Loloh Sembung (Blumea balsamifera). | |
| CN102604750A (en) | Method for preparing forest herbaceous plant biomass detergent | |
| KR100703897B1 (en) | Beverages containing herbal ingredients as a main ingredient and methods for manufacturing the same | |
| CN106701410A (en) | Healthcare wine capable of strengthening stomach and tonifying qi and production method thereof | |
| KR102050554B1 (en) | Composition for hangover treatment and manufacturing method for the same | |
| KR100886290B1 (en) | Health food manufacturing method using sulfur duck and crop and its products | |
| KR102226147B1 (en) | A method of producing a drink for relieve hangovers and the drink for relieve hangovers using the same as | |
| CN101755857A (en) | Pollution-free pesticide and preparation method | |
| KR20030079289A (en) | The carbonated soft drinks a manufacturing process and a composition of ling indigestion hangover cures. | |
| Okafor et al. | Studies on the Effect of Processing Methods on the Antihyperglycemic activity of Herbal Teas from Leaves of Vernonia amygdalina Del | |
| KR20210099746A (en) | Beverages for the prevention of hangover and improvement of liver function using Honeywood are available | |
| Thoudam et al. | A Review Study on Nutraceutical and Nutritional Efficacy of Crassocephalum crepidioides | |
| CN105055597B (en) | Traditional Chinese medicine preparation for treating peacock gastroenteritis and production method thereof | |
| CN104996748A (en) | Freshwater mussel bait for cultivating pearls | |
| Shah | Ethnobiological Lores from the Kumaon culture of India |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| R250 | Receipt of annual fees |
Free format text: JAPANESE INTERMEDIATE CODE: R250 |
|
| FPAY | Renewal fee payment (event date is renewal date of database) |
Free format text: PAYMENT UNTIL: 20090509 Year of fee payment: 6 |
|
| FPAY | Renewal fee payment (event date is renewal date of database) |
Free format text: PAYMENT UNTIL: 20100509 Year of fee payment: 7 |
|
| FPAY | Renewal fee payment (event date is renewal date of database) |
Free format text: PAYMENT UNTIL: 20110509 Year of fee payment: 8 |
|
| FPAY | Renewal fee payment (event date is renewal date of database) |
Free format text: PAYMENT UNTIL: 20110509 Year of fee payment: 8 |
|
| FPAY | Renewal fee payment (event date is renewal date of database) |
Free format text: PAYMENT UNTIL: 20120509 Year of fee payment: 9 |
|
| FPAY | Renewal fee payment (event date is renewal date of database) |
Free format text: PAYMENT UNTIL: 20120509 Year of fee payment: 9 |
|
| FPAY | Renewal fee payment (event date is renewal date of database) |
Free format text: PAYMENT UNTIL: 20130509 Year of fee payment: 10 |
|
| LAPS | Cancellation because of no payment of annual fees |